For use with tires  Easy to disperse ZJ-3 It's a product Based on that
Successful development of silicone rubber grade 7 products and coating grade 9 products has led to a diversified product lineup.

Developed for use in tires  Highly dispersed silica ZJ-13 It's a product
Become the leading supplier to the top ten domestic tire companies (such as Linglong, Zhongce, Sailun, etc.), establishing a prominent position in the industry.
Launched simultaneously  Feed grade ZJ-5 It's a product , Expand application areas.

High-performance silica ZJ-21 It's a product After completing the research and development and putting it into production, we have successfully achieved domestic substitution, with technical specifications on par with those of international giants
This marks the company's technical capabilities as entering the world's top tier。

Over 100 million yuan has been invested in building industry-leading R&D infrastructure (pilot laboratories, pilot-scale laboratories, and full-scale laboratories)
Establish a complete technological transformation chain from laboratory to industrialization.

²  Technological transformation efficiency increased by 30%  +

²  The new product development cycle has been reduced to 60% of the industry average

Through “ Industry-University-Research Cooperation , Developed in collaboration with multiple universities, resulting in numerous accomplishments：

²  With Fujian Normal University: By jointly establishing a “Collaborative Innovation Center,” high-performance silanized silica has been successfully developed, reaching international advanced levels of performance. This material is widely used in the manufacture of high-end tires.

²  With Central South University: Collaboration on special silica, new production processes, and soil remediation materials led to the award of the Second Prize in National Science and Technology, demonstrating the tremendous potential for cross-disciplinary application of technology.

Advancing towards the “dual carbon” goals Green process using carbonization method , Utilization of carbon dioxide from industrial waste gases to produce carbonic acid, as a substitute for sulfuric acid in traditional processes for the production of fumed silica.

Achieving annual emission reductions in the tens of thousands of tons, and realizing a closed-loop production system that includes “sodium cycle,” “carbon cycle,” and “water cycle,” resulting in a resource utilization rate of over 95%。

Aiming at the high-end market and expanding the boundaries of applications, we will focus on… Three strategic directions：

²  Development of high-reinforced white carbon black： In response to changes in the carbon black market, high-reinforcing white carbon black alternatives to carbon black have been developed to provide customers with more cost-effective and stable supply solutions.

²  Development of silicon-based composite materials： Extend the industrial chain, develop high-value-added silicon-based composite materials, and expand their applications in emerging fields such as new energy and electronic materials.

²  Green processes are continuously being upgraded： Deepen research on carbonization processes with the goal of reducing energy consumption per unit of product by 20% and carbon emissions by 30%, thereby solidifying the industry's position as a green benchmark.